def what_to_pull(account, account_size, query_end_day, query_end_month, query_end_year, weekend, pull_type, query_size):
x = 1
while x == 1:
if pull_type == "1": # if DAU is chosen, request the end date and then find DAU
app_data_daily(month=query_end_month, day=query_end_day, year=query_end_year, weekend=weekend,
account=account, query_size=query_size)
app_opened(account, invites=account_size)
x = 2
elif pull_type == "2": # if MAU is chosen, request the end date and then find MAU
app_data_weekly_monthly_yearly(month=query_end_month, day=query_end_day, year=query_end_year,
choice=1, weekend=weekend, account=account, query_size=query_size)
app_opened(account, invites=account_size)
x = 2
elif pull_type == "3": # if WAU is chosen, request the end date and then find MAU
app_data_weekly_monthly_yearly(month=query_end_month, day=query_end_day, year=query_end_year,
choice=2, weekend=weekend, account=account, query_size=query_size)
app_opened(account, invites=account_size)
x = 2
elif pull_type == "4": # if YAU is chosen, request the end date and then find MAU
app_data_weekly_monthly_yearly(month=query_end_month, day=query_end_day, year=query_end_year,
choice=3, weekend=weekend, account=account, query_size=query_size)
app_opened(account, invites=account_size)
x = 2
elif pull_type == "5": # if DAU/MAU is chosen, request the end date and then find both
app_data_daily(month=query_end_month, day=query_end_day, year=query_end_year, weekend=weekend,
account=account, query_size=query_size)
app_data_weekly_monthly_yearly(month=query_end_month, day=query_end_day, year=query_end_year,
choice=1, weekend=weekend, account=account, query_size=query_size)
app_opened(account, invites=account_size)
x = 2
elif pull_type == "6": # if WAU/YAU is chosen, request the end date and then find both
app_data_weekly_monthly_yearly(month=query_end_month, day=query_end_day, year=query_end_year,
choice=2, weekend=weekend, account=account, query_size=query_size)
app_data_weekly_monthly_yearly(month=query_end_month, day=query_end_day, year=query_end_year,
choice=3, weekend=weekend, account=account, query_size=query_size)
app_opened(account, invites=account_size)
x = 2
elif pull_type == "7": # if WAU/YAU is chosen, request the end date and then find both
cohort_pull(month=query_end_month, day=query_end_day, year=query_end_year, account=account,
query_size=query_size)
return
elif pull_type == "8": # Use previous pull's data
pull_type = input('\nWhat information did you use on the last pull?\n'
'1) DAU\n'
'2) MAU\n'
'3) WAU\n'
'4) YAU\n'
'5) Both DAU & MAU\n'
'6) Both WAU & YAU\n'
'7) Cohort Analysis\n')
x = 2
else: # Error checking
print("Wasn't a viable option, please pick again\n")
python_graph(pull_type=pull_type) # Creates the Python Graph
data_end_use(pull_type=pull_type, data_use=None, account=None)
def multiple_companies(query_end_day, query_end_month, query_end_year, weekend, query_size):
account_amount = 0
try:
account_amount = int(input("\nHow many accounts would you like to pull?"))
except ValueError:
print("That wasn't a number, please enter a number\n")
print()
amount = 0
account_list = []
account_invites_list = []
account_invites = 0
while amount < account_amount:
amount += 1
account = input('Enter account %s: ' % amount)
if account in account_app_keys:
account_invites = input('Enter account %s total invites: ' % amount)
account_list.append(account)
account_invites_list.append(account_invites)
else:
print("That wasn't a viable account, please try again or add to the account dictionary\n")
amount -= 1
decision1 = input('\nWhat information did you want to pull?\n'
'1) DAU\n'
'2) MAU\n'
'3) WAU\n'
'4) YAU\n'
'5) Both DAU & MAU\n'
'6) Both WAU & YAU\n')
decision2 = input('What would you like to do with the information acquired?\n'
'1) Dump into a csv\n'
'2) Dump into a JSON\n'
'3) Create a Plotly graph\n'
'4) Nothing\n')
for account in account_list:
x = 1
while x == 1:
if decision1 == "1": # if DAU is chosen, request the end date and then find DAU
app_data_daily(month=query_end_month, day=query_end_day, year=query_end_year, weekend=weekend,
account=account, query_size=query_size)
data_end_use(pull_type=decision1, data_use=decision2, account=account)
app_opened(account, invites=account_invites)
x = 2
elif decision1 == "2": # if MAU is chosen, request the end date and then find MAU
app_data_weekly_monthly_yearly(month=query_end_month, day=query_end_day, year=query_end_year,
choice=1, weekend=weekend, account=account, query_size=query_size)
data_end_use(pull_type=decision1, data_use=decision2, account=account)
app_opened(account, invites=account_invites)
x = 2
elif decision1 == "3": # if WAU is chosen, request the end date and then find MAU
app_data_weekly_monthly_yearly(month=query_end_month, day=query_end_day, year=query_end_year,
choice=2, weekend=weekend, account=account, query_size=query_size)
data_end_use(pull_type=decision1, data_use=decision2, account=account)
app_opened(account, invites=account_invites)
x = 2
elif decision1 == "4": # if YAU is chosen, request the end date and then find MAU
app_data_weekly_monthly_yearly(month=query_end_month, day=query_end_day, year=query_end_year,
choice=3, weekend=weekend, account=account, query_size=query_size)
data_end_use(pull_type=decision1, data_use=decision2, account=account)
app_opened(account, invites=account_invites)
x = 2
elif decision1 == "5": # if DAU/MAU is chosen, request the end date and then find both
app_data_daily(month=query_end_month, day=query_end_day, year=query_end_year, weekend=weekend,
account=account, query_size=query_size)
app_data_weekly_monthly_yearly(month=query_end_month, day=query_end_day, year=query_end_year,
choice=1, weekend=weekend, account=account, query_size=query_size)
data_end_use(pull_type=decision1, data_use=decision2, account=account)
app_opened(account, invites=account_invites)
x = 2
elif decision1 == "6": # if WAU/YAU is chosen, request the end date and then find both
app_data_weekly_monthly_yearly(month=query_end_month, day=query_end_day, year=query_end_year,
choice=2, weekend=weekend, account=account, query_size=query_size)
app_data_weekly_monthly_yearly(month=query_end_month, day=query_end_day, year=query_end_year,
choice=3, weekend=weekend, account=account, query_size=query_size)
data_end_use(pull_type=decision1, data_use=decision2, account=account)
app_opened(account, invites=account_invites)
x = 2
else: # Error checking
print("Wasn't a viable option, please pick again\n")
